Gear cutting is a critical process within the manufacturing and engineering sectors, playing a fundamental role in producing gears for a wide range of industries like mining, and industrial machinery. We provide advanced gear cutting services tailored to meet the specific requirements of our clients. All gear types can be customized to meet precise operational and performance requirements, whether for high-load, low-speed applications or low load, high-speed systems.
We produce a variety of gear types, each suited to specific industrial applications.
Suitable for parallel shafts and straightforward gear systems.
Designed for smoother and quieter operation, particularly in high-load environments.
Used where a change in shaft direction is required.
Ideal for applications requiring high gear reduction, commonly used in heavy-duty machinery.
Employed in heavy-duty gearboxes, speed reducers, conveyors, and industrial mixers.
Precision machining process used to shape cylindrical components by rotating the workpiece against cutting tools to achieve accurate dimensions and finishes.
Horizontal boring is a machining process using a horizontally oriented spindle to create high precision, enlarged holes in large or heavy workpieces.
A vertical boring machine (or mill) operates by spinning a large, heavy workpiece on a horizontal table about a vertical axis, while fixed, single-point cutting tools travel in straight paths to shape internal and external diameters, tapers, or flat surfaces.
Accurate cutting of keyways in shafts and hubs, supporting secure mechanical connections for components up to 520 mm in lenght.
Versatile machining process that removes material using rotating cutters to produce complex shapes, slots and precision surfaces.
Efficient and accurate creation of holes in a variety of materials, suitable for assembly, fastening and structural applications.
